Microgrid News Highlights October 5, 2016 South Australia Blackout May Lead to More Microgrids Like other major blackouts, such as the week-long shutdown in NSW last year, and the hour-long outage that affected more than 130,000 customers in West Australia last month, the event in South Australia last Wednesday is likely to lead to more households and businesses looking at battery storage as a back-up to the grid, or even to go […]
Industry study: Microgrids to Become ‘Fundamental Building Block’ National Electrical Manufacturing Association (NEMA) report concludes that “from 2025 onwards, fully controllable, independent microgrids interconnected with [direct current] links will allow for full decoupling from the alternating current (AC) electric power system. They will also facilitate the segmentation of the distribution system, a new paradigm for electric grid management.” Kenya Signs 361MW Power Deals Under Obama Energy Plan Six power projects will be developed […]
Microgrid News Roundup September 20, 2016 The next generation: How microgrids are changing the business landscape The major markets for the growing microgrid sector aren’t just those enterprises that want insurance in case of an outage. They also include those that want to “island” or to be solely self-reliant (for example, military installations). Many, like hospitals and college campuses, want emergency power if the utility-provided electricity cuts off. The users of microgrids all share the same […]
Microgrid News Roundup September 15, 2016 Camp Pendleton’s Fractal Microgrid Camp Pendleton’s fractal microgrid provides energy security and energy savings capabilities to critical facilities using renewable energy. A fractal microgrid is a “microgrid-of-microgrids” capable of maximizing energy efficiency and “self-healing” when a portion of the power distribution system is interrupted or fails. Europe’s energy storage battery growth, demand, industry trends, forecast to 2021 “Energy Storage Battery for Microgrids Sales” is an in-depth analysis of […]
Clusters of gas-fired turbines, big dams, and geothermal projects in Sub-Saharan Africa tend to have very complex financing structures. In addition, they also often involve complex debt/equity structures from local banks. Microgrids, however, are within the reach of much smaller organizations.